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1 rabs as habitat increased (i.e. weak habitat imitation).
2 hrough observation (i.e., they show deferred imitation).
3 all subjects a pecuniary incentive to avoid imitation.
4 ates a major source of evidence for neonatal imitation.
5 n children to explore social aspects of over-imitation.
6 ate in sensory learning that is important to imitation.
7 orming those same actions, and thus produces imitation.
8 ral kinds of emulation, and various forms of imitation.
9 ation of the developmental origin of genuine imitation.
10 h the same deterministic replicator limit as imitation.
11 with a greater capacity for subsequent song imitation.
12 e child's impairments in social function and imitation.
13 atal imitation that goes beyond sensorimotor imitation.
14 t for action and perception that facilitates imitation.
15 sensorimotor learning in the development of imitation.
16 asserina), achieves prompt and precise vocal imitation.
17 nsures species specificity and promptness of imitation.
18 ate mechanisms: birth-death, death-birth and imitation.
19 itory memories that subsequently guide vocal imitation.
20 n during development achieved a better final imitation.
21 id not provide evidence of generalization of imitation.
22 te substantially to experiential accounts of imitation.
23 ial, sequences could not be learned by motor imitation.
24 at found no compelling evidence for neonatal imitation.
25 or the origins, mechanisms, and functions of imitation.
26 neonate mind, going far beyond sensorimotor imitation.
27 m an interactive experience involving mutual imitation.
28 ploits existing neural circuitry employed in imitation.
29 on to explore the functional value of action imitation.
30 bserved in animals capable of vocal or motor imitation.
31 vocal variability and caused inaccurate song imitation.
32 Elder from another set of well-known Bruegel imitations.
37 simple method for the measurement of facial imitation accuracy and supports the hypothesis that empa
42 would facilitate the appearance of automatic imitation, an essential social skill known to be impaire
46 man infants, songbirds acquire their song by imitation and eventually generate sounds that result fro
47 a) how speakers and comprehenders use covert imitation and forward modeling to make predictions at th
48 he posterior superior temporal sulcus during imitation and greater activity in the posterior superior
49 the form of observational learning known as imitation and in how to distinguish imitation from other
51 stem from birth, developmental continuity in imitation and later sociability, and the malleability of
52 logical and imaging studies suggest that the imitation and matching of hand gestures involve the left
53 al psychology studies have demonstrated that imitation and mimicry are pervasive, automatic, and faci
56 f self-other representations elicited by the imitation and perspective-taking tasks while not affecti
59 s with motor programs for speech production; imitation and self-imitation mechanisms that can train t
61 be and posterior superior temporal sulcus in imitation and social cognition, impaired imitative abili
63 on is consistent with the socially motivated imitation and stereotyping evident in toddlers and presc
64 cations for current understanding of primate imitation and the explanatory value of mirror neurons.
65 macy of the question concerning differential imitation and the links between experimental designs and
66 pport the hypothesis that the development of imitation and the mirror neuron system are driven by cor
67 motor to auditory circuit essential to vocal imitation and to the adaptive modification of vocal timi
68 phenomenon has been described as "automatic imitation" and attributed to a mirror neuron system, but
69 ation, visual perspective taking, control of imitation) and high-level (mentalizing, empathy) socioco
72 e in a population of individuals inclined to imitation, and how it remains stable under cultural drif
73 strongly confirm the occurrence of automatic imitation, and illuminate the way that automatic and int
74 cluding teaching through verbal instruction, imitation, and prosociality-that were observed only in t
78 argued that the positive results of neonatal imitation are likely to be by-products of normal aerodig
80 ence is most consistent with a view of early imitation as the product of a complex system of language
81 tion toward copying the process of behavior (imitation), as compared with the products (emulation), r
83 se a biologically plausible view of neonatal imitation based on the analysis of sensorimotor developm
84 n, including habituation and dishabituation, imitation-based tasks, and event-related potentials.
85 ematical models to study the effects of both imitation behavior and contact heterogeneity on vaccinat
86 tion is small relative to that of infection, imitation behavior increases vaccination coverage, but,
87 st that when the cost of vaccination is high imitation behavior may decrease vaccination coverage.
90 both dimensions (action type and plane) the imitation bias was not reduced further, in an additive w
91 s reliably biased response cycle times, this imitation bias was only a small fraction of the modulati
92 l (notably autism spectrum disorder) groups: imitation, biological motion, empathy, and theory of min
93 able of discriminating between authentic and imitation Bruegel drawings that numerically outperforms
94 Each ape displayed low levels of deferred imitation but did not provide evidence of generalization
96 ard highly acoustically dispersed targets of imitation, but suggest that complete acquisition of the
97 ed to provide novel insights into adult over-imitation by extending a paradigm recently used with hum
103 s network, there was greater activity during imitation, compared with observation of emotions, in pre
104 on suggest that there is a core circuitry of imitation comprising the superior temporal sulcus and th
105 is a convergence between cognitive models of imitation, constructs derived from social psychology stu
106 ery old question in psychology, the study of imitation continues to provide new avenues for examining
107 d their success by imitating each other, and imitation depended on the visibility of the opponent's b
108 vocal fold control in a great ape during an imitation "do-as-I-do" game with a human demonstrator.
114 i) low-fidelity social transmission, such as imitation/emulation, may have contributed to the ~700,00
115 th during hand action observation and during imitation even in the absence of direct vision of the im
116 o the suggestion that the neural network for imitation evolved to support interpersonal communication
117 ject-mediated action, including tool use and imitation, exceeds that of even our closest primate rela
119 in infancy, the methodological issues about imitation experiments, and the relation between the aero
122 hich allows far stronger incentives to avoid imitation for some subjects, with equally strong incenti
126 o imitate the experimenter, (2) to elicit an imitation from the experimenter, and (3) to simply perfo
127 s and limitations, we introduce a Biological Imitation Game, based on Alan Turing's Imitation Game, t
128 gical Imitation Game, based on Alan Turing's Imitation Game, that operationalizes the difference betw
129 or push a sliding screen door with its beak (imitation group), whereas 2 other groups watched the scr
138 ey develop their vocalizations through vocal imitation in a way that is very similar to how human inf
140 connectivity of the brain network supporting imitation in ASD, characterized by a highly specific pat
143 across cultures suggests important roles for imitation in developing control over enactment of subtly
153 ting the need for further trials or a closer imitation, in the plant, of alarm pheromone release.
154 tion of factors which may lead to adult over-imitation including: 1) the presence of the model(s) dur
155 ompted some to assert that the difference in imitation indicates a difference in the subjects' unders
156 zebra finch basal ganglia impairs tutor song imitation, indicating that adequate FoxP2 levels are nec
166 nt with the assumption that overt behavioral imitation is mediated by the mirror neuron system, which
169 Keven & Akins (K&A) propose that neonatal "imitation" is a function of newborns' spontaneous oral s
170 ally, we will discuss the functional role of imitation, its multi-level nature, and its anomalous fea
171 alleles would be associated with deficits in imitation learning and reversal learning, respectively.
172 This is a potential neural substrate for imitation learning and social cognition, factors that ma
173 Specifically, we describe how a generic imitation learning meta-algorithm, dataset aggregation (
174 decoder in this way is a novel variant of an imitation learning problem, where an oracle or expert is
175 gs, we then offer an algorithm that combines imitation learning with optimal control, which should al
176 wing than non-imitators, suggesting neonatal imitation may be an early marker predicting socio-cognit
178 that ignore behavioral clustering caused by imitation may significantly underestimate the levels of
179 ms for speech production; imitation and self-imitation mechanisms that can train the sensorimotor map
180 display sequential memory during a deferred imitation memory task (P-trend = 0.048), and toddlers wi
181 Our results undermine the idea of an innate imitation module and suggest that earlier studies report
182 ial theories (e.g., [5-7]) placing an innate imitation module at the foundation of social cognition (
184 unctional and structural connectivity of the imitation network in children and adolescents with ASD,
185 o indicate that atypical connectivity of the imitation network may contribute to ASD clinical symptom
186 rred exclusively in regions belonging to the imitation network, whereas overconnectivity was observed
187 Specifically, we tested whether neonatal imitation--newborns' capacity to match modelled actions-
188 & Akins (K&A) redefine some of the neonatal imitation (NI) behaviors as developmental stereotypes.
193 a common form of echophenomena-the automatic imitation of another's words (echolalia) or actions (ech
194 arm-cup relations they had seen, to accurate imitation of arm bending by age 2 and of both movements
195 approach has important implications for the imitation of behavioural strategies: if we imitate other
197 frontal, and inferior parietal areas during imitation of emotional faces correlated with performance
198 oore (1977) published their famous article, "Imitation of facial and manual gestures by human neonate
200 nctional magnetic resonance imaging study of imitation of finger movements with lateralized stimuli a
205 inematic aspect is particularly critical for imitation of meaningless movement, capacity for tool-act
207 s share common selective pressures, flexible imitation of models might inherently confer secondary be
211 exchanges activate the same neural system as imitation of simple movements, and whether the neural ne
212 rmance on discrimination, identification and imitation of statements and questions that were characte
213 n into nucleosomes by human ISWI-containing (Imitation of Switch) factor RSF (Remodeling and Spacing
214 ultilayer property of the device enabled the imitation of the drug delivery in a microtissue array wi
216 nches, Taeniopygia guttata, can master their imitation of the same song in various ways; these develo
218 stures produced in response to viewed tools, imitation of tool-specific gestures demonstrated by the
219 various agencies and companies reviewed the imitations of current tests at a workshop held at the Na
220 this transition revealed two phenomena: (i) Imitations of dissimilar sounds can emerge from successi
225 hold dynamics; rather, other factors such as imitation or the coexistence of coordinating and anticoo
229 curs in few animal taxa; similarities in the imitation process between humans and songbirds make the
230 , the associative sequence learning model of imitation proposes that experience-based Hebbian learnin
231 The frequent evolution of such deceitful imitations provides notable examples of phenotypic conve
232 common to action execution, observation, and imitation, questions remain about mirror (and MR) involv
233 uct of adaptations supporting vocal or motor imitation - referred to here as the 'imitation and seque
238 The results also demonstrate how any test of imitation requires a control group and attention to the
241 social science; however, inferring automatic imitation requires significant incentives to avoid it, a
242 classical correspondence problem central to imitation research, dance requires mapping across sensor
243 homozygotes showed better acquisition of the imitation rule but greater deficit shifting from imitati
246 mplemented inverse RL as opposed to a simple imitation strategy, in which the actions of the other ag
248 severe vocal disorders, including poor vocal imitation, stuttering, and progressive syntax and syllab
249 in our knowledge of the neural mechanisms of imitation suggest that there is a core circuitry of imit
250 iking correlation with the fidelity of vocal imitation, suggesting that this auditory memory may have
251 n-like protein (dNLP) histone chaperone, the imitation switch (ISWI) ATP-driven motor protein, core h
255 ATP-dependent DNA translocase member of the Imitation Switch (ISWI) subfamily of chromatin-remodelin
256 la nucleosome remodeling factor (NURF) is an imitation switch (ISWI)-containing chromatin remodeling
259 DSB repair in heterochromatin requires ISWI (imitation switch)-class ACF1-SNF2H nucleosome remodeling
260 ctions between histone modifications and the imitation-switch (ISWI) and chromodomain helicase DNA-bi
262 hereas the Multistep Object Use test and the imitation task had higher functional correlates over and
263 ther neural activation during an observation/imitation task was related to both lower and higher leve
264 observed for both left-sided and right-sided imitation tasks, although subthreshold activity was also
267 Humans learn to speak by a process of vocal imitation that requires the availability of auditory fee
268 tices (teaching) and acquisition strategies (imitation) that support cumulative cultural learning in
270 s distinguished from what we think of as (e) imitation (the copying of the demonstrated behavior).
272 oblem resides in the practice of mimicry and imitation, the expectation of opponent's mimicry and the
273 to make them the ideal neural substrate for imitation, the puzzling fact is that monkeys simply do n
274 evisit the controversial subject of neonatal imitation through analysing the physiological foundation
276 employs two distinct mechanisms of chemical imitation to potently sequester chemokines, thereby inhi
278 object-related actions and generalization of imitation to similar but not identical tasks were assess
279 learning, which can range in complexity from imitation to the cultural transmission of creative behav
289 ore robust baskets, but neither teaching nor imitation were strictly necessary for cumulative improve
291 tion by the juvenile bird supports the vocal imitation, whereas the behavior of adults is more consis
294 nd human children's (Homo sapiens) skills at imitation with a 2-action test on an "artificial fruit."
296 rted by interaction of the core circuitry of imitation with the dorsolateral prefrontal cortex and pe
299 es included caprolactam from nylon-based and imitation wood and brick filaments (ranging from approxi
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